High-Speed Shielded Industrial Data Connector with Secure Locking Housing

The YYE high-speed shielded connector series, precision-engineered by Dongguan City Yuanyue Electronics Co., Ltd., represents a robust solution for EMI-sensitive data transmission in automotive and industrial automation environments. This connector features a fully enclosed, high-impact thermoplastic shell designed to protect internal signal integrity from electromagnetic interference and mechanical stress. The low-profile, rectangular architecture is optimized for high-density PCB integration, while the integrated guide rails ensure precise mating alignment for mission-critical board-to-board or wire-to-board interfaces.

Utilizing premium copper alloy contacts with specialized surface plating, this YYE connector minimizes signal loss and contact resistance across wide temperature ranges. The internal pin configuration is designed for high-frequency signal stability, making it ideal for ECU modules, ADAS sensors, and industrial PLC systems. The robust outer casing provides a secure friction-lock mechanism that prevents accidental disconnection due to high-vibration or thermal expansion. As a leading manufacturer, we ensure every unit meets rigorous industrial standards for durability and electrical performance, providing a reliable bridge for complex electronic architectures.

Key Features

• Encased in a specialized protective shell to isolate signals from electromagnetic interference and external noise
• Constructed from industrial-grade thermoplastic for superior thermal resistance and mechanical protection of delicate contacts
• Features integrated lateral guide grooves to ensure accurate polarization and prevent pin damage during blind mating
• Engineered with a secure locking interface to maintain electrical continuity in high-vibration automotive or robotic applications
• High-performance copper alloy pins facilitate low-latency data transfer and minimal signal attenuation for high-speed logic
• Specifically designed by YYE to maximize vertical space efficiency on populated printed circuit boards (PCBs)